https://motorlab-tw.github.io/ 2026-07-16 weekly 1.0 https://motorlab-tw.github.io/og-image.png MotorLab — Mini 4WD Motor Lab 為每一顆 Mini 4WD 馬達建立健康指紋 https://motorlab-tw.github.io/en/ 2026-07-16 weekly 0.9 https://motorlab-tw.github.io/og-image.png MotorLab — Mini 4WD Motor Lab Build a health fingerprint for every Mini 4WD motor https://motorlab-tw.github.io/ja/ 2026-07-16 weekly 0.9 https://motorlab-tw.github.io/og-image.png MotorLab — Mini 4WD モーターラボ すべての Mini 4WD モーターに健康指紋を https://motorlab-tw.github.io/guides/ 2026-05-26 weekly 0.9 https://motorlab-tw.github.io/en/guides/ 2026-05-26 weekly 0.9 https://motorlab-tw.github.io/ja/guides/ 2026-05-26 weekly 0.9 https://motorlab-tw.github.io/benchmarks/ 2026-05-26 weekly 0.9 https://motorlab-tw.github.io/en/benchmarks/ 2026-05-26 weekly 0.9 https://motorlab-tw.github.io/ja/benchmarks/ 2026-05-26 weekly 0.9 https://motorlab-tw.github.io/methodology/ 2026-05-26 weekly 0.9 https://motorlab-tw.github.io/en/methodology/ 2026-05-26 weekly 0.9 https://motorlab-tw.github.io/ja/methodology/ 2026-05-26 weekly 0.9 https://motorlab-tw.github.io/guides/motor-break-in-guide/ 2026-07-18 monthly 0.8 https://motorlab-tw.github.io/images/break-in-4-key-variables_c.png 專業馬達磨合的 4 個關鍵變數:電壓、時間、方向、冷卻,以及各自控制不當的後果 https://motorlab-tw.github.io/en/guides/motor-break-in-guide/ 2026-07-18 monthly 0.8 https://motorlab-tw.github.io/images/break-in-4-key-variables_e.png The 4 key motor break-in variables: voltage, time, direction, cooling — and what goes wrong if each is off https://motorlab-tw.github.io/ja/guides/motor-break-in-guide/ 2026-07-18 monthly 0.8 https://motorlab-tw.github.io/images/break-in-4-key-variables_j.png モーター慣らしの 4 つの重要変数:電圧・時間・方向・冷却と、それぞれ誤ったときの結果 https://motorlab-tw.github.io/guides/motor-break-in-mistakes/ 2026-07-17 monthly 0.8 https://motorlab-tw.github.io/en/guides/motor-break-in-mistakes/ 2026-07-17 monthly 0.8 https://motorlab-tw.github.io/ja/guides/motor-break-in-mistakes/ 2026-07-17 monthly 0.8 https://motorlab-tw.github.io/guides/tamiya-motor-specs/ 2026-07-13 monthly 0.8 https://motorlab-tw.github.io/en/guides/tamiya-motor-specs/ 2026-07-13 monthly 0.8 https://motorlab-tw.github.io/ja/guides/tamiya-motor-specs/ 2026-07-13 monthly 0.8 https://motorlab-tw.github.io/guides/motor-wash-vs-break-in/ 2026-07-17 monthly 0.8 https://motorlab-tw.github.io/images/wash-vs-break-in-motor_c.png 洗馬達 vs 磨馬達:時機、目的、工具、耗時、後續五項對照 https://motorlab-tw.github.io/en/guides/motor-wash-vs-break-in/ 2026-07-17 monthly 0.8 https://motorlab-tw.github.io/images/wash-vs-break-in-motor_e.png Wash vs break-in compared: when, purpose, tools, duration and aftercare https://motorlab-tw.github.io/ja/guides/motor-wash-vs-break-in/ 2026-07-17 monthly 0.8 https://motorlab-tw.github.io/images/wash-vs-break-in-motor_j.png 洗浄 vs 慣らし:タイミング・目的・工具・所要時間・後処理の対照 https://motorlab-tw.github.io/guides/racing-motor-break-in/ 2026-07-14 monthly 0.8 https://motorlab-tw.github.io/images/amateur-vs-race-break-in_c.png 業餘 vs 競賽水準:RPM 波動、同型差異、重現度三項對照 https://motorlab-tw.github.io/en/guides/racing-motor-break-in/ 2026-07-14 monthly 0.8 https://motorlab-tw.github.io/images/amateur-vs-race-break-in_e.png Amateur vs competition level: RPM variance, motor spread and repeatability https://motorlab-tw.github.io/ja/guides/racing-motor-break-in/ 2026-07-14 monthly 0.8 https://motorlab-tw.github.io/images/amateur-vs-race-break-in_j.png アマチュア vs 競技水準:RPM 変動・ばらつき・再現性の対照 https://motorlab-tw.github.io/guides/racing-prep-techniques/ 2026-07-18 monthly 0.8 https://motorlab-tw.github.io/images/track-type-motor-match_c.png 跑道屬性對應適合的馬達特性 https://motorlab-tw.github.io/en/guides/racing-prep-techniques/ 2026-07-18 monthly 0.8 https://motorlab-tw.github.io/images/track-type-motor-match_e.png Mini 4WD track type to motor characteristic https://motorlab-tw.github.io/ja/guides/racing-prep-techniques/ 2026-07-18 monthly 0.8 https://motorlab-tw.github.io/images/track-type-motor-match_j.png コース特性と適したモーター特性 https://motorlab-tw.github.io/guides/motor-analysis-methodology/ 2026-07-18 monthly 0.8 https://motorlab-tw.github.io/images/motor-analysis-3-pillars_c.png 馬達分析的三支柱方法論 https://motorlab-tw.github.io/en/guides/motor-analysis-methodology/ 2026-07-18 monthly 0.8 https://motorlab-tw.github.io/images/motor-analysis-3-pillars_e.png Three-pillar methodology for motor analysis https://motorlab-tw.github.io/ja/guides/motor-analysis-methodology/ 2026-07-18 monthly 0.8 https://motorlab-tw.github.io/images/motor-analysis-3-pillars_j.png モーター分析の三本柱方法論 https://motorlab-tw.github.io/guides/motor-degradation-signs/ 2026-07-18 monthly 0.8 https://motorlab-tw.github.io/images/motor-retire-decision_c.png 馬達衰退退役判定(依 RPM 下降幅度) https://motorlab-tw.github.io/en/guides/motor-degradation-signs/ 2026-07-18 monthly 0.8 https://motorlab-tw.github.io/images/motor-retire-decision_e.png Mini 4WD motor degradation & retirement decision by RPM drop https://motorlab-tw.github.io/ja/guides/motor-degradation-signs/ 2026-07-18 monthly 0.8 https://motorlab-tw.github.io/images/motor-retire-decision_j.png モーター劣化・引退判断(RPM 低下幅による) https://motorlab-tw.github.io/guides/track-analysis-motor-selection/ 2026-07-14 monthly 0.8 https://motorlab-tw.github.io/images/track-segment-types_c.png 軌道三種基本區段:直線 S、彎道 C、特殊 X 對馬達的需求 https://motorlab-tw.github.io/images/track-type-classification_c.png 三類軌道:高速軌、技術軌、立體軌的判斷條件與特徵 https://motorlab-tw.github.io/images/track-motor-selection_c.png 三類軌道的馬達選型:馬達特性、推薦馬達、齒比、輪徑對照 https://motorlab-tw.github.io/en/guides/track-analysis-motor-selection/ 2026-07-14 monthly 0.8 https://motorlab-tw.github.io/images/track-segment-types_e.png Three track section types — straight, curve, special — and their motor demands https://motorlab-tw.github.io/images/track-type-classification_e.png Three track types — high-speed, technical, 3D — conditions and traits https://motorlab-tw.github.io/images/track-motor-selection_e.png Motor selection by track type: trait, recommended motor, gear ratio and wheel size https://motorlab-tw.github.io/ja/guides/track-analysis-motor-selection/ 2026-07-14 monthly 0.8 https://motorlab-tw.github.io/images/track-segment-types_j.png コースの3区間:ストレート S・カーブ C・特殊 X のモーター要求 https://motorlab-tw.github.io/images/track-type-classification_j.png 3種類のコース:高速・テクニカル・立体の判定条件と特徴 https://motorlab-tw.github.io/images/track-motor-selection_j.png コース別モーター選定:特性・推奨モーター・ギア比・タイヤ径の対照 https://motorlab-tw.github.io/guides/crash-risk-trigger-model/ 2026-07-18 monthly 0.8 https://motorlab-tw.github.io/images/crash-risk-trigger-count_c.png 四驅車飛車風險計數模型(三觸發) https://motorlab-tw.github.io/en/guides/crash-risk-trigger-model/ 2026-07-18 monthly 0.8 https://motorlab-tw.github.io/images/crash-risk-trigger-count_e.png Mini 4WD crash risk-count model (three triggers) https://motorlab-tw.github.io/ja/guides/crash-risk-trigger-model/ 2026-07-18 monthly 0.8 https://motorlab-tw.github.io/images/crash-risk-trigger-count_j.png ミニ四駆 コースアウト リスク計数モデル https://motorlab-tw.github.io/benchmarks/tamiya-mini-4wd-motor-specs-list/ 2026-07-18 monthly 0.8 https://motorlab-tw.github.io/images/tamiya-15-motor-spec-chart_c.png 田宮 Mini 4WD 全 15 款馬達規格速查表:PRO 雙軸 6 款＋標準單軸 9 款,含負載 RPM、扭力(mN·m)、電流(A)與極速/扭力星等 https://motorlab-tw.github.io/en/benchmarks/tamiya-mini-4wd-motor-specs-list/ 2026-07-18 monthly 0.8 https://motorlab-tw.github.io/images/tamiya-15-motor-spec-chart_e.png Tamiya Mini 4WD all 15 motors spec chart: 6 PRO dual-shaft + 9 standard single-shaft, with load RPM, torque (mN·m), current (A) and speed/torque ratings https://motorlab-tw.github.io/ja/benchmarks/tamiya-mini-4wd-motor-specs-list/ 2026-07-18 monthly 0.8 https://motorlab-tw.github.io/images/tamiya-15-motor-spec-chart_j.png タミヤ Mini 4WD 全 15 機種 規格早見表:PRO 両軸 6＋標準片軸 9、負荷 RPM・トルク(mN·m)・電流(A)・速度/トルク評価 https://motorlab-tw.github.io/system/product-design/ 2026-05-28 monthly 0.8 https://motorlab-tw.github.io/images/og/MotorLab_V1-1.png MotorLab 馬達磨合機外觀設計 低調黑一體機身、對稱護柱、嵌入式字標的 Mini 4WD 精密測試機 https://motorlab-tw.github.io/en/system/product-design/ 2026-05-28 monthly 0.8 https://motorlab-tw.github.io/images/og/MotorLab_V1-1.png MotorLab Motor Break-in Machine — Exterior Design A matte-black Mini 4WD precision test rig with symmetric guard pillars https://motorlab-tw.github.io/ja/system/product-design/ 2026-05-28 monthly 0.8 https://motorlab-tw.github.io/images/og/MotorLab_V1-1.png MotorLab モーター慣らし機の外観デザイン マットブラック一体ボディと左右対称ガードピラーの Mini 4WD 精密テスト機 https://motorlab-tw.github.io/lab/ 2026-05-31 weekly 0.7 https://motorlab-tw.github.io/en/lab/ 2026-05-31 weekly 0.7 https://motorlab-tw.github.io/ja/lab/ 2026-05-31 weekly 0.7 https://motorlab-tw.github.io/verify/ 2026-07-10 monthly 0.5 https://motorlab-tw.github.io/en/verify/ 2026-07-10 monthly 0.5 https://motorlab-tw.github.io/ja/verify/ 2026-07-10 monthly 0.5 https://motorlab-tw.github.io/docs/user-manual/ 2026-07-16 monthly 0.7 https://motorlab-tw.github.io/en/docs/user-manual/ 2026-07-16 monthly 0.7 https://motorlab-tw.github.io/ja/docs/user-manual/ 2026-07-16 monthly 0.7 https://motorlab-tw.github.io/guides/motor-selection-before-break-in/ 2026-07-17 monthly 0.8 https://motorlab-tw.github.io/images/guides/ig_01_measure_first_zh.png 先量測，後磨合：磨合只改善接觸面，鐵芯與磁路是先天 https://motorlab-tw.github.io/images/guides/ig_02_current_comparison_zh.png 相同轉速下電流越低損耗越小——電流就是馬達的體質 https://motorlab-tw.github.io/en/guides/motor-selection-before-break-in/ 2026-07-17 monthly 0.8 https://motorlab-tw.github.io/images/guides/ig_01_measure_first_en.png Measure first, break in later — break-in only fixes the brush contact surface https://motorlab-tw.github.io/images/guides/ig_02_current_comparison_en.png Same speed, lower current means lower loss — current is the motor constitution https://motorlab-tw.github.io/ja/guides/motor-selection-before-break-in/ 2026-07-17 monthly 0.8 https://motorlab-tw.github.io/images/guides/ig_01_measure_first_ja.png 先に測って後で慣らす：慣らしで直るのは接触面だけ、鉄芯と磁路は先天 https://motorlab-tw.github.io/images/guides/ig_02_current_comparison_ja.png 同じ回転数で電流が少ないほど損失が小さい——電流こそモーターの素性 https://motorlab-tw.github.io/guides/motor-break-in-resistance-curve/ 2026-07-17 monthly 0.8 https://motorlab-tw.github.io/images/r_test_c.jpg 一顆 Mach-Dash PRO 連續量測 560 次的內部電阻循環校正曲線,呈現磨合三階段 https://motorlab-tw.github.io/en/guides/motor-break-in-resistance-curve/ 2026-07-17 monthly 0.8 https://motorlab-tw.github.io/images/r_test_e.jpg Internal-resistance cycle-aligned curve of one Mach-Dash PRO over 560 continuous runs, showing the three break-in stages https://motorlab-tw.github.io/ja/guides/motor-break-in-resistance-curve/ 2026-07-17 monthly 0.8 https://motorlab-tw.github.io/images/r_test_j.jpg 1 個の Mach-Dash PRO を連続 560 回計測した内部抵抗の周期補正曲線、慣らし 3 段階を示す https://motorlab-tw.github.io/guides/motor-break-in-speed-vs-voltage/ 2026-07-17 monthly 0.8 https://motorlab-tw.github.io/images/fixed-speed-break-in-key-points_c.png 為什麼磨馬達要鎖轉速不鎖電壓:電壓只是代理、鎖電壓會漂、鎖轉速才鎖住磨合條件三重點 https://motorlab-tw.github.io/images/speed-vs-voltage-control_c.png 控壓 vs 控速磨合的物理對照:直接控制的量、磨合條件、跨馬達一致性、換向頻率、低速對研、實作六項比較 https://motorlab-tw.github.io/en/guides/motor-break-in-speed-vs-voltage/ 2026-07-17 monthly 0.8 https://motorlab-tw.github.io/images/fixed-speed-break-in-key-points_e.png Why lock RPM not voltage when breaking in a motor: voltage is a proxy, fixed voltage drifts, fixed RPM pins the condition down https://motorlab-tw.github.io/images/speed-vs-voltage-control_e.png Fixed-voltage vs fixed-speed break-in compared: what you control, in-run condition, cross-motor consistency, commutation, low-speed bedding and setup https://motorlab-tw.github.io/ja/guides/motor-break-in-speed-vs-voltage/ 2026-07-17 monthly 0.8 https://motorlab-tw.github.io/images/fixed-speed-break-in-key-points_j.png なぜ慣らしは電圧でなく回転数を固定するのか:電圧は代理、定電圧は流れる、定回転数で条件固定の3点 https://motorlab-tw.github.io/images/speed-vs-voltage-control_j.png 定電圧 vs 定回転数の慣らし物理対照:制御する量・慣らし条件・モーター間一貫性・整流周波数・低速摺り合わせ・実装の 6 項目比較 https://motorlab-tw.github.io/guides/conductive-oil-motor-break-in/ 2026-07-17 monthly 0.8 https://motorlab-tw.github.io/images/conductive-oil-verdict_c.png 導電油磨馬達真的有效嗎:轉速升不等於磨好、皮膜切れ會回落、油污染讀數三重點 https://motorlab-tw.github.io/images/conductive-oil-short-vs-long_c.png 導電油短期 vs 長期:短期導電橋讓電阻暫降、轉速升;長期殘留氧化反而增阻 https://motorlab-tw.github.io/images/conductive-oil-two-camps_c.png 導電油爭議兩派:重帳面派要賽前轉速、重體質派要乾淨數據,目標不同故無標準答案 https://motorlab-tw.github.io/en/guides/conductive-oil-motor-break-in/ 2026-07-17 monthly 0.8 https://motorlab-tw.github.io/images/conductive-oil-verdict_e.png Does conductive oil really break in a motor: higher RPM isn't done, film break falls back, the oil taints the read https://motorlab-tw.github.io/images/conductive-oil-short-vs-long_e.png Conductive oil short vs long term: short-term bridge drops resistance and lifts RPM; long-term oxidized residue raises it again https://motorlab-tw.github.io/images/conductive-oil-two-camps_e.png Two camps on conductive oil: paper-number camp wants pre-race RPM, constitution camp wants clean data — different goals, no single answer https://motorlab-tw.github.io/ja/guides/conductive-oil-motor-break-in/ 2026-07-17 monthly 0.8 https://motorlab-tw.github.io/images/conductive-oil-verdict_j.png 導電オイルは本当に効くか:回転上昇は完了でない、皮膜切れで戻る、オイルが読みを汚すの3点 https://motorlab-tw.github.io/images/conductive-oil-short-vs-long_j.png 導電オイルの短期 vs 長期:短期は導電の橋で抵抗が下がり回転上昇、長期は残留の酸化で逆に抵抗増 https://motorlab-tw.github.io/images/conductive-oil-two-camps_j.png 導電オイル論争の二派:見栄え派はレース前の回転、素性派は綺麗なデータ — 目的が違うので唯一の答えはない https://motorlab-tw.github.io/guides/motor-slow-causes-fixes/ 2026-07-18 monthly 0.7 https://motorlab-tw.github.io/images/motor-slow-causes-fix_c.png 馬達變慢的 5 個原因與對策(可逆 vs 不可逆) https://motorlab-tw.github.io/en/guides/motor-slow-causes-fixes/ 2026-07-18 monthly 0.7 https://motorlab-tw.github.io/images/motor-slow-causes-fix_e.png Mini 4WD motor got slow: 5 causes and fixes https://motorlab-tw.github.io/ja/guides/motor-slow-causes-fixes/ 2026-07-18 monthly 0.7 https://motorlab-tw.github.io/images/motor-slow-causes-fix_j.png 遅いモーターの 5 つの原因と対処